#include <libcpixe.h>
Data Fields | |
int | MaxZinsample |
larger Atomic number present in the whole sample | |
int | AllowSXFCorr |
Flag for secondary fluorescence calculation.1=true, 0=false. | |
int | AllowXEqCalc |
Flag for X-ray equivalent calculation. 1=true, 0=false. | |
double | DTCC |
Dead Time Correction coefficient. | |
double | ColCharge |
Collected charge (fluence*charge_state), in uC. | |
double | CalEner |
Energy at which the calibration was done. | |
int | useFilter |
Flag: whether a filter on the detector is used (1) or not (0). |
Definition at line 130 of file libcpixe.h.
larger Atomic number present in the whole sample
Definition at line 132 of file libcpixe.h.
Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), createSFCList(), and initlyr().
Flag for secondary fluorescence calculation.1=true, 0=false.
Definition at line 133 of file libcpixe.h.
Referenced by readINPUT().
Flag for X-ray equivalent calculation. 1=true, 0=false.
Definition at line 134 of file libcpixe.h.
Referenced by integrate_Simpson(), integrate_Simpson2(), and readINPUT().
double SIM_PARAM::DTCC |
Dead Time Correction coefficient.
Definition at line 135 of file libcpixe.h.
Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), deNormalize(), and readINPUT().
double SIM_PARAM::ColCharge |
Collected charge (fluence*charge_state), in uC.
Definition at line 137 of file libcpixe.h.
Referenced by cpixecalib(), CPIXEMAIN(), cpixemain(), deNormalize(), and readINPUT().
double SIM_PARAM::CalEner |
Energy at which the calibration was done.
Definition at line 138 of file libcpixe.h.
Referenced by cpixecalib(), CPIXEMAIN(), and deNormalize().
Flag: whether a filter on the detector is used (1) or not (0).
Definition at line 139 of file libcpixe.h.
Referenced by deNormalize().